| level |
Seminar Name |
Overview |
| Beginner's Guide |
Measuring sound and vibration: The first step |
This introductory seminar is designed for beginners in acoustic and vibration measurement, allowing participants to learn fundamental terminology and knowledge while experiencing sound and vibration firsthand. Through experiments and relatable examples, participants will understand "what sound and vibration actually are." |
| Beginner's Guide |
Measuring Sound and Vibration: The Next Step – An Introduction to Frequency Analysis |
This introductory course offers a deeper understanding of sound and vibration phenomena through frequency analysis. Combining lectures and hands-on practice, participants will learn the fundamentals of waveform reading and frequency analysis, applying these skills to understanding phenomena and solving problems. |
| Introduction |
Learn about acoustics and vibration in 1.5 hours! Startup Seminar |
This guide provides a concise overview of the fundamental knowledge required for sound vibration measurement. It also includes an explanation of related seminars. |
| Introduction |
High-precision torque measurement seminar useful for evaluating electric products |
This article explains the fundamentals of measuring torque and rotational speed, which are crucial for evaluating the performance of rotating equipment such as motors. |
| Introduction |
Non-contact vibration/velocity measurement seminar useful for evaluating electric products |
This article introduces non-contact vibration/velocity sensors, which are necessary in situations where contact sensors cannot be used, along with application examples. |
| Beginner |
Meeting the demand for noise reduction: Fundamentals and applications of noise measurement |
Addressing the growing need for measuring minute noises in home appliances and vehicles. This article explains how to evaluate high-frequency noise from motors and inverters and how to solve noise problems. |
| Beginner |
Gain practical knowledge you can use in real-world situations! Fundamentals of sound measurement |
From fundamental knowledge about sound measurement to sensor selection and measurement items tailored to the noise being measured, this guide explains the essential knowledge you need for practical work. |
| Beginner |
Gain practical knowledge you can use in real-world situations! The basics of vibration sensors |
This article explains the fundamental knowledge useful in practical vibration measurement, focusing on the selection and installation methods of Accelerometer. |
| Intermediate |
Fundamentals of Natural Frequency Measurement |
This book explains the fundamental knowledge and experience required for correctly performing natural frequency measurements. It covers essential information for investigating the causes of resonance problems and for CAE analysis, making it suitable for both beginners and experienced users. |
| Intermediate |
Fundamentals of Frequency Analysis using DS-2000/DS-3000 |
This course explains the meaning and usage of settings in an FFT analyzer, using practical examples, to help you make the most of it. Hands-on exercises with actual equipment will also be conducted. |
| Intermediate |
Learn to measure sound independently! Sound Measurement Practical Training Seminar |
This course introduces the properties of sound and focuses on sound level meters, which are commonly used in acoustic measurements. You will acquire fundamental knowledge useful for practical measurements, including setup methods, correct usage, and installation techniques tailored to the target object. |
| advanced |
Sound quality evaluation and subjective evaluation that are useful for sound evaluation. |
Moving beyond quantitative improvements such as equivalent noise levels, efforts are progressing towards qualitative improvements using sound quality evaluation indices. This article explains the fundamentals of sound quality evaluation indices and practical evaluation methods that combine them with subjective human evaluation. |
| advanced |
Learn in 5 steps! A practical seminar covering everything from identifying the source of unusual noises to implementing countermeasures. |
Learn through hands-on experience, incorporating specific and common examples, to effectively solve noise and disturbance issues. |
| advanced |
Tracking analysis |
This article provides a clear explanation of tracking analysis, the most commonly used method for measuring acoustic vibrations in rotating bodies. |
